Table 1.

Alloy	q1,Å−1	r1, Å	σy,GPa	B,GPa	G,GPa	E,GPa	Refs.
Al89La6Ni5	2.541	2.612	1.033				25, 26, 27
Au49Ag5.5Pd2.3Cu26.9Si16.3	2.836	2.816	1.12	132.3	26.5	74.4	28,29
Ca65Mg15Zn20	2.174	3.5	0.364	22.6	10.1	22.4	30,31
Ca60Mg15Cu25	2.239	3.11	0.252				32,33
Cu65Zr35	2.822	2.75	2.019				34,35
Cu64Zr36	2.838		1.944	104.3	34	92	34, 35, 36, 37, 38
Cu61.4Zr38.6	2.801	2.76	1.87				34,35
Cu56Zr44	2.763	2.79	1.82				34,35,39
Cu50Zr50	2.719	2.94	1.772	101.2	31.3	85	34,40, 41, 42
Cu46Zr54	2.674		1.5926	128.5	30	83.5	34,43,44
Cu40Zr60	2.656	2.91	1.333				45,46
Cu33.3Zr66.7	2.564		1.17				46‡
Cu48Zr48Al4	2.71		1.65	113.7	32.4	88.7	47, 48, 49‡
Cu47.5Zr47.5Al5	2.72		1.742	113.7	33	87	47, 48, 49‡
Cu47Zr47Al6	2.72		1.834	113.8	33.8	92.4	47,48,50‡
Cu46Zr46Al8	2.73	2.94	1.926	116.4	34.3	93.7	50,51‡
Cu47Ti33Zr11Ni8Si1	2.875	2.75	2		38.3	100	52,53
Cu47Ti33Zr11Ni8Fe1	2.86		2.008		39	102	53,54
Co43Fe20Ta5.5B31.5	3.186	2.53	5.147	209	102.7	268	55, 56, 57, 58‡
Fe76.0C7.0Si3.3B5.0P8.7	3.025	2.605	3		63.2	165	59‡
Fe75.7C7.0Si3.3B5.0P8.7Cu0.3	3.025	2.615	3.5		70.58	184.2	59‡
[(Fe0.5Co0.5)0.75B0.2Si0.05]96Nb4	3.156		4.21		80.46	210	60,61
Fe40Ni40P14B6	2.922		2.23				62,63
Fe66Nb4B30	3.082		4				64,65
Mg65Cu25Gd10	2.519		0.83	46.3	19.3	50.6	13,66
Mg65Cu25Tb10	2.52		0.76	44.7	19.6	51.3	13,67,68
Mg61Cu28Gd11	2.526		1.075				69,70
Ni60Nb37Sn3	2.944		2.8		58.6	198.6	71
Ni60Nb35Sn5	2.962		2.5	267	54.1	183.2	71
Ni60Sn6(Nb0.8Ta0.2)34	2.93		3.5	189	59.41	161.3	72,73
Ni60Sn6(Nb0.6Ta0.4)34	2.917		3.58	197.6	60.1	163.7	72,73
Ni60Pd20P20	2.99	2.57	2.0				74
Ni60Pd20P17B3	2.99	2.57	2.022	181	38	106	75,76
Pd80Si20	2.727	2.79	1.3	182.6	33.4	94.5	77,78
Pd40Ni40P20	2.886	2.65	1.65	184.9	38.6	108	79
Pd40Cu30Ni10P20	2.9	2.75	1.72	146	34.5	92	80, 81, 82
Ti40Zr25Ni3Cu12Be20	2.72		1.8	109.6	35.5	96.2	13‡
Zr57Ti5Cu20Ni8Al10	2.602	3.11	1.65	99.2	30.1	82	13,83
Zr55Cu35Al10	2.649	2.91	1.74				84
Zr41Ti14Cu12.5Ni10Be22.5	2.84	2.87	1.86	114.7	37.4	101.3	13,85
Zr53.7Cu28.5Ni9.4Al8.4	2.675	2.99	1.85			85	‡
Zr52.5Ti5Cu17.9Ni14.6Al10	2.658	2.96	1.86	114.1	32.3	88.6	13,45
Zr64.13Cu15.75Ni10.12Al10	2.58		1.721	106.63	28.46	78.41	13,86
Zr62Al8Ni13Cu17	2.585		1.46				87
Zr46Cu37.6Ag8.4Al8	2.76	2.83	1.716	115.5	33.8	92.4	88‡
Zr53.8Cu31.6Ag7Al7.6	2.71		1.518	106	29.9	82	88
Zr48Cu36Al8Ag8	2.66	2.93	1.85		44	115	89‡
La62Al14(Cu5/6Ag1/6)14(Ni1/2Co1/2))10	2.2	3.66	0.65	41	13	35	13,90,91
Y55Al25Co20	2.23		1.203				13,45,92
La55Al25Co20	2.32		0.989	39.34	15.42	40.9	13,45,92
Pr55Al25Co20	2.35		1.007	43.48	17.35	45.9	13,45,92
Nd55Al25Co20	2.33		0.996				13,45,92
Gd55Al25Co20	2.36		0.734				13,45,92
Tb55Al25Co20	2.35		0.834	50.19	22.85	59.53	13,45,92
Dy55Al25Co20	2.42		0.717	52.22	23.52	61.36	13,45,92
Ho55Al25Co20	2.39		0.869	58.81	25.42	66.64	13,45,92
Er55Al25Co20	2.36		1.117	60.7	27.08	70.72	13,45,92

Summary of the structural information and mechanical properties of BMGs, including first diffraction peak on the S(q) and G(r) curves, yield strength, and elastic moduli. The experimental procedure can be found in refs ³⁵,⁵⁹,⁹⁰.

^‡data from the present work.